Physio informatics
physiology of informatics as it relates to perceptual modulation
physiologic/physioinformatic basis of perceptual state space modulation
physioinformatic principles for interface design
Physiologic systems which support information propagation
Physiological basis of perceptual dimensionality
Perceptual state space modulation
Cognitive cortical modulation
Willful Expressional capacity
Human performance assessment
Quantitative psychomotor performance
Interactive user refined interface system
Observation
Hypothetical postulate
Experimental design
Theoretical construct
Iterative techno/methodo-logical refinement
Demonstration of practical/useful/desirable applications
Observation
The nervous system is the basis for most information processing related to perception
The nervous system is capable of both transmitting and generating information
Hypothetical postulate
It is possible to modulate perceptual states
Physiologic considerations
Sensory physiology
Neuro physiology
Brain systems
Perceptual considerations
Topo chromo sonics
XYZ HVC PTI
Experimental design
Establish a technological system which can measure the required parameters to validate or refute
hypothesis..
With a basis of experience in
Electro physiology
Neuro diagnostics
Advanced interface technology
Theoretical construct
Develop a model which most generalizes the phenomenological aspects
Notational system which exploits interdisciplinary interaction
A languaging system which can classify emerging observations
Iterative techno/methodo-logical refinement
Develop an experimental environment which promotes reality based experimental
conditions in which a good balance of theoretical and practical ideas and methods can be refined
EEG and chaos
Instrumented glove and hand function
Spatial temporal isosurfaces
Pressure sensors for gait, grip and seating
Bioelectric interface for vr and video games and rc car
Demonstration of practical/useful/desirable applications
Real world applications
-stint science
proof of concept
technology demonstration
range of applications
focus on main application
develop an academic lab
demonstrate development of operational professionals utilizing basic science
Research,
Development,
Test
Evaluation
prototyping and demonstration of advanced technologies.
the integration of a set of advanced human-to-computer input devices into a
single interface system
data fusion to enable meaningful correlations across various input modalities
BACKGROUND
research,
prototyping,
development
technologies to support interpretation of data is a major challenge.
For any complex phenomenon,
large number of relevant input systems and techniques
creates an interface problem with exponential proportions.
representation and interpretation of multiple, diverse data sources,
human interpretation of these data sources.
systems,
architecture,
design
engineering
research,
prototype,
demonstrate capabilities in the following areas:
the integration and fusion of information from multiple human-to-computer input devices
countermeasures;
innovative mechanisms to support interactive environments;
experimental protocols.
rendering techniques that provide insight into the various phases of the problem
INTEGRATION AND FUSION
research, prototype, and demonstrate
integration of a set of advanced human-to-computer input devices into a single interface system.
This integration of data input devices into a single system
devices such as,
EEG, EMG, EOG, (bioelectric signals from brain, muscle and eye),
dynamic bend sensors,
pressure sensors,
audio
video digitizers,
other devices.
data fusion
enable meaningful correlations across various input modalities.
INTERFACING
integration of comprehensive sets of rendering methods
visual,
aural,
tactile,
proprioceptive,
somatosensory
integrating multiple rendering devices into a prototype system
an integrative experiential interaction with the complex data types.
advanced interfacing technology
rendering of computer information onto
multiple human sensory systems
achieve a sustained perceptual effect
(i.e., a sensation with a context).
combination of these different rendering modalities
somatotopic placement,
spatial coding of the rendered information
implementation of vision, hearing, and touch technologies
captializing on simultaneous sensation
multiple independent and dynamic data sets
integrated physiologically into a perceptual state.
INTERACTIVE ENVIRONMENTS
demonstrate interactive environments
combine components of advanced human-to-computer input devices,
in new ways to render complex information
render content specific information onto multiple human sensory systems
sustained perceptual effect,
monitoring human response
anticipatory user tracking
physiometric gestures,
speech,
eye movements
other inputs,
providing for the measurement and tracking of directed search and discover interactions
DATA RENDERING
ANALYSIS
demonstrate enhancements to the interface system
match the human nervous system's ability to
transduce,
transmit,
render to consciousness
the necessary information to interact intelligently with information.
data analysis subsystem
designed to enhance the ways that relevant data may then be rendered optimally to the operators' sensory
modalities,
processing of multiple data sets in a variety of ways
graphical analysis (phase portraits, compressed arrays,recurrence maps, etc.)
sound editing (mixing, filtering).
automated detection of trends
correlations,
user alerts indicating detection of areas worthy of further investigation
EXPERIMENTAL PROTOCOLS
experimental protocol
evaluation of systems
interaction with appropriate agencies
specific requirements of mission critical objectives
DEMONSTRATIONS
demonstrations of the developing functionality,
seminars and workshops for the purposes of disseminating
furthering this research.
REPORTS,
DATA
DELIVERABLES.
SPECIAL CONSIDERATIONS
LIMITATIONS,
CONSTRAINTS,
CONDITIONS